Excited to share this groundbreaking article on the advancements in #neurorehabilitation! The progress we're making in restoring function and improving lives is truly inspiring. #BrainHealth #HealthMatters hubs.li/Q01CtTK00

A new study suggests that neural activity patterns could be used to predict decision-making behavior. This could have major implications for understanding how the brain works and developing better treatments for neurological disorders. hubs.li/Q01CtYNs0 #neuroscience

Innovative neurotech shows promise in restoring sensation after spinal cord damage in rodents. The device uses electrical and chemical stimulation to activate nerve cells, enabling hind leg sensation. hubs.li/Q01Ct_dz0

Noninvasive brain stimulation techniques, such as transcranial magnetic stimulation (TMS) and transcranial direct current stimulation (tDCS), show promise in the treatment of acquired brain injury, according to this article from Psychiatric Times. hubs.li/Q01CtTK60

Our latest work, out now in Science Translational Medicine Precision fMRI mapping reveals distinct connectivity patterns for depression associated with traumatic brain injury science.org/doi/10.1126/sc… A brief explainer thread (1/n) Thanks to co-authors David L. Brody Eric Leuthardt maurizio corbetta + more

Exciting story highlighting Lucy Jung and Charco Neurotech! Their wearable device, CUE1, brings hope to Parkinson's patients by alleviating symptoms through vibrotactile stimulation. #WomenInScience #Parkinsons #Innovation hubs.li/Q01XbbJZ0

Cognitive Liberty: Discussing vital human rights as neurotech advances. Protect against misuse. Balance benefits with privacy. Let's safeguard our inner world. #Neuroscience #CognitiveLiberty #Ethics hubs.li/Q01Xbj980

Exploring brain-computer interfaces (BCIs)! Direct brain-device communication offers benefits in restoration and control. Ethical concerns: consent, privacy, maintenance, societal impacts. Ongoing discussions needed. #BCI #Neurotech hubs.li/Q01Xblbk0

Dr. Akshay Ananthakrishnan's visionary work in neurotech holds promise. Multidisciplinary collaboration at its finest. #Neuroscience #Innovation hubs.li/Q01Xbkhb0

Groundbreaking research shows touch-enabled BCIs assisting paralyzed individuals. Vision, touch, and AI enhance limb control. Exciting progress towards mobility. #Neuroscience #BCI hubs.li/Q01XbbJY0

Exciting neurorehab breakthrough! Wireless brain-spine interface using AI restores walking for quadriplegics. Promising for spinal cord injury deficits. #Neuroscience #BCI #Neurorehab hubs.li/Q01XbnXn0

New research suggests unique depression after traumatic brain injury (TBI). Tailored approaches and precision medicine offer hope. #TBI #Depression #Neuroscience hubs.li/Q01XbnDH0

Dive into this informative piece on advancing traumatic brain injury care! Uncover the power of early neuro-rehabilitation and the impact of multidisciplinary teams on TBI outcomes in Africa. Let's bridge the gap together! Read more: hubs.li/Q01-Z1st0

Unraveling the complex neuroscience of grief! This enlightening article explores new insights into the brain's response to loss, the evolving stages of grief, and innovative therapies. Discover the science of healing. Read more: hubs.li/Q01-ZfRh0

Fascinating insight into the connection between inflammation & depression! This research could revolutionize how we approach brain inflammation treatment. Learn more in the following article. hubs.li/Q01-Zbr40

Revolutionizing brain-computer interfaces! Read about SpiralE, the in-ear bioelectronic that might replace clunky brain implants. This could significantly transform the field of regenerative medicine. Read all about it: hubs.li/Q01-Z4db0

Check out this incredible development in neural bypass technology! This game-changer in regenerative medicine can help restore movement & sensation for a quadriplegic using brain implants & AI algorithms. Read the full article - hubs.li/Q01-ZdBH0

Unlocking the brain's potential post-stroke: a breakthrough study from Tokyo Medical and Dental University reveals how lipid-linked antisense oligonucleotides could revolutionize stroke therapies. hubs.li/Q01-Z3kh0

Artificial intelligence-guided electrical stimulation enhances memory recall after traumatic brain injury. A new study by the University of Pennsylvania researchers paves the way for future therapies. hubs.li/Q01-Z8-r0

Touching the brain without surgery - using ultrasound to molecularly interrogate the brain is the next generation of brain diagnostics medicine.wustl.edu/news/noninvasi…